Honeywell Home PROSIXC2W Installation Instructions - Dated 2/19 Rev. C

PRO
SiXC2W

Hardwired to
Wireless
Converter
Module


Installation and Setup Guide

The Honeywell Home PRO
SiXC2W is an eight zone hardwire to wireless converter used with controllers that support
Honeywell Home’s PRO
SiX series devices. It is useful in retrofitting 12-
volt security system applications where existing
contact wiring was used. It uses those exist
ing wired contacts and converts them to wireless.

FEATURES

•

Provides 12
-
volts for devices such as motion detectors,
glass breaks, etc.

NOTE
: Only two devices may be powered using the

auxiliary output on the
PROSiXC2W
.
•
Provides 24-
hour battery backup if there are
no
external
devices (≤100mA), other wise 4
-
hours if there are two
devices attached.

•
Supports one button calibration

•

Automatic zone configuration

•
Easy three step setup process

•
Cover tamper protection

NOTES:


−
The
device immediately sends a power loss signal to
the control panel in the event the power is lost.

−
When no battery is connected, a low battery
message is sent to the control panel.

−
When battery is connected, and if battery voltage
drops below 3.6VDC, a low battery message is sent
to the control panel.

−
When only the battery is connected, and if the battery
voltage drops to 3.4VDC, system shuts down.

IMPORTANT!

Not to be used for fire, heat, or carbon monoxide detectors.

GENERAL GUIDELINES

•

The

PROSiXC2W

module uses a 5VDC power supply to
charge the battery.

•
If the voltage drops to 3.6VDC
, a low battery will occur.

NOTE:

If the voltage is lower than 2.6VDC, the
PROSiXC2W
is incapable of charging the
battery; it must be replaced

•
Up to eight [8] hardwired zones can be handled by each
PROSiXC2W
module.

•

Before mounting permanently, conduct the Go/No Go
test (see controller’s instructions) to verify adequate
signal strength, relocate if necessary.

•

Zone wiring and connections must be completed before
calibrations.


CALIBRATING

The calibration process enables the

PROSiXC2W

to learn
what zones are to be active and what value end-
of-line
(EOL) resistors are used.

This is performed
after
device
has been mount
ed in its final location
.
NOTE:

Unused
zones that are open ARE NOT
recognized and reported.

1. Ensure all zones are connected and not faulted.

2. On the
PROSiXC2W
, press the calibration button.

3. Indicator LED #2 will flash Red for 1/2 second; then
LED #3 turns steady Green.

4. Calibration is in process.

5. DONE. The
PROSiXC2W
is calibrated and ready to
enroll in the control panel.

NOTES:

−
If the
PROSiXC2W

loses both AC and battery backup
power, the zone calibration data is retained.

−
If a resistor does exist, it MUST have a value between
1K and 10
K.The unit comes with e
ight (8) 2.2K
resistors for zones with no resistors
.


IMPORTANT!

Once the
PROSiXC2W
is calibrated, any change in the zone
resistance the module must be re
-
calibrated


ENROLLING

The device must be enrolled in the control
panel. Refer to
the control’s programming instruction for the detailed
procedure. Each
PROSiXC2W

has a unique mac number
which enables the control panel to recognize and
differentiate each zone. Each of the devices eight zones
is automatically assigned th
e next sequential loop
number; all zones are assigned loop 1-
8 respectively.

1.

On the

PROSiXC2W
, power up:

•

LED #1 flashes for approximately 20 seconds

•
LED #1 turns on

•
LED #1 turns on for 3-
seconds

•
PRO
SiXC2W sends the information to the control
panel and the
MAC ID displays for loop 1

2.

Enable and edit each loop’s settings.

NOTE:
Enrollment time varies depending on the signal strength between the device and the control
panel
. When done,
LED #1 is ON for 3 seconds and the control panel beeps to confirm enrollment. Once enrolled in a system, the
PROSiXC2W
cannot be used with another control panel
until it is removed from the current controller. See the
Controller’s instructions
for details.

Zone

MAC #

Loop #


Zone

MAC #

Loop #

Zone 1

00D02D123456

1


Zone 5

00D02D123456

5

Zone 2

00D02D123456

2


Zone 6

00D02D123456

6

Zone 3

00D02D123456

3


Zone 7

00D02D123456

7

Zone 4

00D02D123456

4


Zone 8

00D02D123456

8



Example:


Zones 1-
8 can be used for other SiX series devices. For example, if using only first six zones on the
PROSiXC2W
, then
zones seven and eight can be assigned to another SiX series device. However, zones on the
PROSiXC2W
must align
with the assigned loops on the control (see table above).


Testing

After enrolling, verify adequate signal strength by conducting a sensor test (see the controller’s instructions)
with the device in its intended mounting location. Adjust the de
vice location and orientation as necessary.


24-
HOUR ENROLLMENT DELETION AND DEFAULT

If the device is enrolled in a controller different than the intended controller, and you are unable to delete it from the
unintended controller, default
the device to fac
tory default settings:

1. Open the cover and verify device is powered on.

2. Simultaneously press and release the calibrate and tamper switches.

3. The Green enrollment LED rapidly flashes and the
PROSiXC2W
defaults.

This procedure is available for 24 hours after
enrollment with a panel and the device remains powered (battery installed).


TAMPER/LOW BATTERY REPORTING

The
PROSiXC2W
reports this condition to the control. If a low battery or tamper condition exists all zones used on the
module shows a trouble on the control
.
IMPORTANT

The first battery test occurs 1 hour after power up. To quickly verify a good backup battery, unplug

and then plug
back in the power supply; the system will perform a battery test within 1 minute.


MOUNTING

NOTE:
This product must be installed in accordance

with ANSI/NFPA 70, National Electrical Code.

1.
At the existing control panel, label and remove the
zone
wires to be transferred to the
PROSiXC2W
.
2.
Select a mounting position for the module. In most
installations, the best mounting location is close to the
existing control panel.

NOTES:

−
If needed, the
PROSiXC2W
can be located remotely by
extending the existing zone wires.

−
DO NOT mount inside the control panel or oth
er metal
enclosure.

3.
Attach using the supplied screws.

4.
Install the center screw to secure the back tamper to
the wall.

5.
Ensure the wiring is complete.
Use cable ties as
necessary to secure wiring.

6.
Plug the power supply into an un-
switched outlet and
secure with screw.

7.
Attach the backup battery wires.

ZONE LOOP WIRING NOTES:

−

All zones used MUST have an EOL resistor.

−

EOL resistor values must be from 1k to 10k ohms.
(Eight 2.2k ohm resistors are included for those panels
not using any resistors.)

−
If the existing installation zones have EOL resistors
(from 1k to 10k ohms) they
may remain.

−
If a zone is not being used, the
PROSiXC2W
will not
look for any end of line resistor value, however, if there
are still end of line resistors in place (up to 10K ohms)
they will not need to be removed unless the installer
decides to do so.

−
For a NC loop without an EOL resistor, you must add
one in
series

with the loop. Preferably it should be
located at the end of the loop furthest away from the
control panel for proper supervision.

−
For a NO loop without an EOL resistor, you must add
one in
parallel

(across) the loop. Preferably at the end
of the line (EOL) for proper supervision.




SUMMARY OF CONNECTIONS


LED STATUS TABLE

LED #

Functions

1 (Green)

Blinks once upon RF signal transmission (HW zone trigger/tamper and/or a fault
message) and
a slow blink for a cover tamper.


Quickly blinks during the enrollment/deletion process.

2 (Red )

Blinks 1s / 1s Off when module needs calibrating.

3 (Green)

Steady On when the module has been calibrated.

4 (Green and Red)

Green: 5VDC
Power from the plug
-
in power supply is present.

Red (blinking 1sec On / 1 sec Off @ 1hz each): Running on battery, DC power not present.

BATTERY REPLACEMENT


SPECIFICATIONS

Voltage

Power supply Part Number
..............................................................................................................................................................
300
-
10259

Input Voltage
..........................................................................................................................................................
100 ~ 240VAC, 50 ~60
Hz

Operating Voltage
..................................................................................................................................................................................
5VDC

Maximum Power supply Distance
.....................................................................................................................
See Summary of Connections

Voltage Output
....................................................................................................
12VDC @ 100mA (Up to three sets of 20
–
24-
gauge wiring)

Battery
...................................................................................................................................................
Requires one battery,
P/N 300
-
10342

Battery Voltage
....................................................................................................................................................................................
3.6VDC

Environmental

Operating Temp
..............................................................................................................................................
14

F (
-
10

C) to 140

F (60

C)

NOTE:
Lithium battery
charging
stops when temperature is below 32

F (0

C)

Relative Humidity
........................................................................................................
95%, Non
-
condensing / 95% max. sans condensation

Physical

Dimensions
.......................................................................................
Length 7.0 in (178 mm) x Width 4.5 in (114 mm) x Depth 1.5 in
(38mm)

Mounting Hardware
...........................................................................................................................................
Double stick tape and screws
Zone Resistance
.............................................................................................................................................
1K to 10K Ohm EOL Resistors

Zone Wiring
......................................................................................................................................................................
1,000ft (Each Zone)

Radio Frequency

Transmission Range
................................
................................
................................
................................
................................
...

300ft (91.5m)

REFER TO THE INSTALLATION INSTRUCTIONS FOR THE CONTROL WITH WHICH THIS DEV
ICE IS USED, FOR DETAILS
REGARDING LIMITATIONS OF THE ENTIRE ALARM SYSTEM
.


Approval Listings / Approbations homologations

FCC / IC -
ETL Listed Conforms to UL268 & 521

cETL Listed Certified to ULC S530 & S531

Other Standards

RoHS




FEDERAL
COMMUNICATIONS COMMISSION ISED STATEMENTS

The user shall not make any changes or modifications to the equipment unless authorized by the Installation Instructions or U
ser's Manual.
Unauthorized changes or modifications could void the user's authority to op
erate the equipment.

FCC Class B Statement

This equipment has been tested to FCC requirements and has been found acceptable for use. The FCC requires the following stat
ement for your
information:

This equipment generates and uses radio frequency energy and if not installed and used properly, that is, in strict accordanc
e with the manufacturer's
instructions, may cause interference to radio and television reception. It has been type tested and found
to comply with the limits for a Class B
computing device in accordance with the specifications in Part 15 of FCC Rules, which are designed to provide reasonable prot
ection against such
interference in a residential installation. However, there is no guara
ntee that interference will not occur in a particular installation. If this equipment does
cause interference to radio or television reception, which can be determined by turning the equipment off and on, the user is
encouraged to try to
correct the interf
erence by one or more of the following measures:

•
If using an indoor antenna, replace it with a quality outdoor antenna.

•
Reorient the receiving antenna until interference is reduced or eliminated.

•
Move the radio or television receiver away from the receiver/control.

•
Move the antenna leads away from any wire runs to the receiver/control.

•
Plug the receiver/control into a different outlet so that it and the radio or television receiver are on different branch cir
cuits.

•
Consult the dealer or an experienced radio/TV technician for help.


ISED CLASS B STATEMENT

This Class B digital apparatus complies with Canadian ICES
-
003.

Cet appareil numérique de la classe B est conforme à la norme NMB
-
003 du Canada.


FCC / ISED STATEMENT

This device complies with Part 15 of the FCC Rules, and ISED’s license-
exempt RSSs. Operation is subject to the following two conditions: (1) This
device may not cause harmful interference (2) This device must accept any interference received, including interference that
may cause undesired
operation.

Cet appareil est conforme à la partie 15 des r
ègles de la FCC et exempt de licence RSS d’ISED
. Son fonctionnement est soumis aux conditions
suivantes: (1) Cet appareil ne doit pas causer
d’interférences
nuisibles. (2) Cet appareil doit
accepter toute
interférence
reçue y compris les
interférences
causant une réception
indésirable.

RF Exposure Warning

The antenna(s) used for this transmitter must be installed to provide a separation distance of at least 7.8 inches (20 cm) fr
om all persons and must not be
co -
located or operating in conjunction with any other antenna or transmitter except in accordance with FCC and ISED multi
-transmitter product procedures.

Mise en Garde

Exposition aux Frequences Radio:

La/les antenne(s) utilisée(s) pour cet émetteur
doit/doivent
être
installée(s)
à une distance de séparation d'au
moins
20 cm (7,8 pouces) de toute personne et ne pas être située(s) ni fonctionner parallèlement à tout autre transmetteur ou anten
ne, excepté
en
conformité avec les procédures de produit multi transmetteur FCC et ISED
s.












Responsible Party / Issuer of Supplier’s Declaration of Conformity: Ademco Inc., a subsidiary of Resideo Technologies, Inc.,
2 Corporate Center Drive.,
Melville, NY 11747, Ph: 516-
577-
2000


The product should not be disposed of with other household waste. Check for the nearest authorized collection centers or authorized recyclers. The
correct disposal of end-
of-
life equipment will help prevent potential n
egative consequences for the environment and human health.

Any attempt to reverse
-engineer this device by decoding proprietary protocols, de-
compiling firmware, or any similar actions is strictly prohibited.


SUPPORT & WARRANTY INFORMATION

For the la
test documentation and support, please go to:

www.resideo.com


For the latest warranty information, please go to:

www.security.honeywellhome.com/warranty







The Honeywell Home Trademark is used under license from Honeywell International Inc.

This product is manufactured by Resideo Technologies
, Inc.
and its affiliates.


2 Corporate Center Drive, Suite 100
P.O. Box 9040, Melville, NY 11747


2020

Resideo Technologies, Inc.
www.resideo.com


Ê800
-25239C}Š

800
-
2
52
39
C

2/1
9

Rev
C